Abstract
An attempt was made to develop an instrumental method for the evaluation of the extravascular plasma flow (lymph flow) of the liver. Ultrasonography of the liver does not give an opportunity to differentiate between different states including those accompanied by the excess lymph discharge into the liver. The results of intraparenchymal lymphography of the liver were analysed in patients with and without biliary and portal hypertension. 11 criteria have been singled out that make it possible to judge an elevated production of the lymph in the liver. A method of ''radioangiolymphography'' of the liver based on the administration of diffusing and nondiffusing radiopharmaceuticals in the afferent vessels of the liver was worked out. Variation in the parameters of the radionuclide circulation seems to reflect significantly extrahepatic circulation in the liver and holds great promise for the use in hepatology.
Citation Formats
Tatochenko, K V, Morgunov, N B, and Uskov, I A.
Roentgenoradionuclide study of the liver lymphatic system (the development of the method and criteria for the evaluation of extravascular plasma flow).
USSR: N. p.,
1984.
Web.
Tatochenko, K V, Morgunov, N B, & Uskov, I A.
Roentgenoradionuclide study of the liver lymphatic system (the development of the method and criteria for the evaluation of extravascular plasma flow).
USSR.
Tatochenko, K V, Morgunov, N B, and Uskov, I A.
1984.
"Roentgenoradionuclide study of the liver lymphatic system (the development of the method and criteria for the evaluation of extravascular plasma flow)."
USSR.
@misc{etde_5765254,
title = {Roentgenoradionuclide study of the liver lymphatic system (the development of the method and criteria for the evaluation of extravascular plasma flow)}
author = {Tatochenko, K V, Morgunov, N B, and Uskov, I A}
abstractNote = {An attempt was made to develop an instrumental method for the evaluation of the extravascular plasma flow (lymph flow) of the liver. Ultrasonography of the liver does not give an opportunity to differentiate between different states including those accompanied by the excess lymph discharge into the liver. The results of intraparenchymal lymphography of the liver were analysed in patients with and without biliary and portal hypertension. 11 criteria have been singled out that make it possible to judge an elevated production of the lymph in the liver. A method of ''radioangiolymphography'' of the liver based on the administration of diffusing and nondiffusing radiopharmaceuticals in the afferent vessels of the liver was worked out. Variation in the parameters of the radionuclide circulation seems to reflect significantly extrahepatic circulation in the liver and holds great promise for the use in hepatology.}
journal = []
volume = {29:5}
journal type = {AC}
place = {USSR}
year = {1984}
month = {May}
}
title = {Roentgenoradionuclide study of the liver lymphatic system (the development of the method and criteria for the evaluation of extravascular plasma flow)}
author = {Tatochenko, K V, Morgunov, N B, and Uskov, I A}
abstractNote = {An attempt was made to develop an instrumental method for the evaluation of the extravascular plasma flow (lymph flow) of the liver. Ultrasonography of the liver does not give an opportunity to differentiate between different states including those accompanied by the excess lymph discharge into the liver. The results of intraparenchymal lymphography of the liver were analysed in patients with and without biliary and portal hypertension. 11 criteria have been singled out that make it possible to judge an elevated production of the lymph in the liver. A method of ''radioangiolymphography'' of the liver based on the administration of diffusing and nondiffusing radiopharmaceuticals in the afferent vessels of the liver was worked out. Variation in the parameters of the radionuclide circulation seems to reflect significantly extrahepatic circulation in the liver and holds great promise for the use in hepatology.}
journal = []
volume = {29:5}
journal type = {AC}
place = {USSR}
year = {1984}
month = {May}
}